First Name: Jafar

Last Name: Jahanpanah

Position: Professor

Department: Physics

E-mail: jahanpanah@khu.ac.ir

Mobile: --------------

PhD. Laser theory, Department of Physics, Essex University, England

M.Sc. Optics communications, Department of Physics, Essex University, England

B.Sc. Applied Physics, Department of Physics, Amir Kabir (Polytechnic) University,Tehran, Iran

Research Chairman of Science Faculty

Head of Science Faculty

Head of Physics Faculty

Head of Alborz Elite Foundation

• Course Taught:
• Bs.c courses
• General Physics I.II & III.
• Quantum Mechanics I & II.
• Mathematical Physics I & II
• Thermodynamics and Statistics Mechanics
• Vacuum technique
• Laser
•  
• Ms.c courses
• Advanced Laser I
• Quantum Optics I
•  
• PhD courses
• Advanced Laser II
• Quantum Optics II

Jahanpanah J. 2000. Theory of laser-amplifier injection locking. International conference on fiber optics and photonics, page 273, December 2000.

Jahanpanah J. 2001. Non-linear effects in optical amplifier systems. Proceedings of the Australasian conference on optics, lasers and spectroscopy, page 124, 3-6

Jahanpanah J. 2003. Stability theory of above-threshold laser amplifiers.6th conference on laser optics, page 54, 2003

Jungang G. Huang, James M. Christian, Graham S. McDonald, Pedro Chamorro-Posada, and Jafar Jahanpanah 2007. From Turing Instability to Fractals Nonlinear Photonics 2007 Quebec City Canada 2 September 2007 paper NThA7•doi:10.1364/NP.2007.NThA7

Jahanpanah J. and A Soleimani. 2013. Noise fluxes produced by the cavity Langevin force in class-A and -B lasers. International Conference and Exhibition on Lasers, Optics & Photonics October 07-09, Hilton San Antonio Airport, TX, USA

. Jahanpanah J. and R. Loudon. 1996. Theory of laser-amplifier injection locking. Physical Review A. 54 5210-5226. ISI/IF: 3.042.

Jahanpanah J. and R. Loudon. 1997. Theory of laser-amplifier linear gain Physical Review A. 56 2255-2266. ISI/IF: 3.042.

Jahanpanah J. 2002. Measurement of spectral lines produced by four-wave mixing in 30 km dispersion-shifted single-mode optical fiber. Journal of Applied Physics. 92 5642-5646. ISI/IF: 2.210.

Jahanpanah J. 2005. Stability theory of class-C (far-infrared) lasers with an injected signal. J. Opt. Soc. Am. 22 680-688. ISI/IF: 1.66.

Jahanpanah J. 2007. Theory of frequency shift, injection-locking, and appearance of sidebands in class-C laser amplifiers. Optics Communications 273 473–481. ISI/IF: 1.54.

Jahanpanah J. and A.A. Rahdar. 2012. Theory of gain and mode locking in free-running class-B lasers with simultaneous oscillation of three longitudinal modes. Optics & Laser Technology. 44 2135-2139. ISI/IF: 1.72.

Jahanpanah J. Soleimani A. and F. Shavandi. 2012. Balance Between Noise Fluxes in Free-Running Single-Mode Class-A Lasers. Ieee Journal of Quantum Electronics. 48 1237-1242. ISI/IF: 4.078.

Jahanpanah J. and H.R. Eslami. 2013. Temporal characteristics of pulses produced by the simultaneous coupling of modes in free-running class-C lasers. Optics Communications. 293 102-107. ISI/IF: 1.542.

Jahanpanah J. and H. Moradi. 2013. Four-wave mixing and generation of short pulses in multimode class B laser Amplifiers. Journal of Physics B: Atomic, Molecular and Optical Physics. 46 085402. ISI/IF: 2.031.

Jahanpanah J. Shavandi F. and A. Soleimani. 2013. Noise fluxes produced by the cavity Langevin force in above-threshold single-mode class-B lasers. Journal of Laser Physics. 23 055005. ISI/IF: 2.545

Jahanpanah J. and S Baiat. 2014. A simple method for precisely evaluating the stability regions of a multi-mode laser. Journal of Optics. 16 1-8. ISI/IF: 2.01

Soleimani A. and Jahanpanah J. 2014. The noise spectra comparison of cavity and population inversion Langevin forces in class-A lasers. Optics Communications. 332 264–268. ISI/IF: 1.54

Jahanpanah J. M. Rezazadeh, and A.A. Rahdar. 2014. Formation mechanism of bifurcation in mode-locked class-B laser. Chin. Phys. B. 23 1-7. ISI/IF: 1.7

Jahanpanah J. R. Pirzadeh, and A. Soleimani. 2015. Detuning effect between the cavity resonance and atomic transition frequency on noise flux profiles of class –C lasers. IEEE J. Quntum. Electron. 51 7pp. ISI/IF: 4.078

E Khalilzadeh, J Yazdanpanah, J Jahanpanah, A Chakhmachi, and E Yazdani 2015. Electron residual energy due to stochastic heating in field-ionized plasma. Physics of Plasma 22 8pp. ISI/IF: 2.14

E Khalilzadeh and  J Jahanpanah, 2016. The distribution mechanism of noise fluxes between three oscillating modes of a free-running class –A Applied Physics B (Lasers and Optics), 122. 9pp ISI/IF: 1.85

J Jahanpanah and M. Esmaeilzadeh, 2016. The stability conditions of diatomic molecules via analogy with the stability theory of lasers. Molecular Physics, 114, 1813. ISI/IF: 1.85

    Books Translated to Persian:

1-Introductory Statistical Mechanics- Roger Bowley; Mariana Sanches

2-Nanophysics and Nanotechnology – Edward L. Wolf

• Distinguished Researcher 2014. 
• Distinguished Teacher 2015
• A senior B. Sc student  (achieved to the abroad scholarship in the national exam)
• Distinguished PhD student (graduated in 2.5 years)
• Head of industry group of Alborz County

English